WO2018080334A2

WO2018080334A2 - Magnet therapy article for improving functional status

Info

Publication number: WO2018080334A2
Application number: PCT/RU2016/000812
Authority: WO
Inventors: Владимир Анатольевич БАРАНОВ; Алексей Станиславович МЕРКУЛОВ
Original assignee: Владимир Анатольевич БАРАНОВ; Алексей Станиславович МЕРКУЛОВ
Priority date: 2016-10-27
Filing date: 2016-11-24
Publication date: 2018-05-03

Description

MAGNETOTHERAPEUTIC PRODUCT FOR CORRECTION OF FUNCTIONAL

CONDITIONS

The utility model relates to the field of medicine, namely to physiotherapeutic devices that create a magnetic field, and can be used to treat and prevent various diseases, harmonize the functional state of a person and protect the body from the harmful effects of the environment.

Known magnetic applicator, consisting of a tissue body and several systems of magnetrons, which is widely used for preventive and therapeutic purposes. (Patrasenko B.C. Magnetotherapy. The effectiveness of magnetic fields in medicine, biology, agriculture and industry, Rostov-on-Don, 1999). The magnetic induction of this system reaches a value of 1 mT at a distance of 15 mm from the surface. The applicator significantly alleviates, and sometimes prevents, pain in the lower back and joints in cases of physical inactivity, relieves pain in the premenstrual and menstrual periods, etc. Usually, with a headache, it is placed on the scalp in the crown of the head, with hypertension and hypotomy on the right wrist, with liver disease - on the right hypochondrium, with problems with the genitourinary system and potency, several applicators are used that are simultaneously placed on the pubic surface, on the right ankle , on the sacrum, etc. The fixation of the applicator takes place on the patient’s body using a sticky layer.

Magnetotherapy devices can be included in various durable items, for example, a magnetic bracelet, magnetic insoles, a magnetic bandage on the head or wrist, a magnetic comb, etc. The low impact efficiency is compensated in this case by its duration.

The prior art also various magnetotherapeutic devices placed on clothing and the human body, designed to treat and prevent various diseases and improve the well-being of the patient (RU4910, RU38616, RU2572020, RU94025700, CN205005953, CN204908031, CN204812144, CN204812143, CN2879705, etc. )

The disadvantages of the claimed devices include insufficiently high impact efficiency, a narrow range of tasks, the lack of the possibility of individual adaptation of devices for a particular patient. A device for correcting the functional state (FS) of a biological object (RU2214843) containing two elements, each of which has an active layer of a para- or ferromagnet, is known. The active layers of the elements are connected directly or through a gasket made of a material transparent to electromagnetic radiation by contact surfaces, while the active layers of the elements are previously polarized prior to their connection by radiation from the same external electromagnetic field of the waves while recording on the active layer of elements of a spectral analogue of radiation from biologically significant information carriers.

Polarization is carried out in the millimeter range of electromagnetic waves by a magnetic field concentrator (for example, see patent RU2154870), which is essentially a means of transferring information from a standard of information to a secondary medium and forming the required properties in it. As a standard of information, preparations of the homeopathic series, other objects of animate and inanimate nature, etc. can be used. The directions of the axes of the cascades of the magnetic concentrator can be selected experimentally depending on the size of the polarizable plates.

The described device harmonizes the human condition and is characterized by increased resistance to adverse environmental factors.

To increase the efficiency of the device and provide the required level of protection in the presence of strong electromagnetic disturbances, a device can be used that includes several blocks of active layers (RU2262361). Such a device for correcting an external electromagnetic field acting on a living organism contains at least n blocks, where n is greater than or equal to 2. Each of the blocks consists of at least two elements, each of which has an active layer of a para- or ferromagnet. The active layers of the elements are connected directly or through a gasket made of a material transparent to electromagnetic radiation by contact surfaces, while the active layers of the elements are previously polarized prior to their connection from the side of the contact surfaces or from the side opposite to the contact surfaces by radiation of an external electromagnetic field. The blocks are mounted on the same plane so that the position of the nj-ro block relative to the Π ₍ ί, ΐ) -Γθ is determined by turning it from the position of the p <n) th block relative to the center of rotation by an angle of 360 ° / p. Depending on their clinical purpose, CFS devices use magnetic elements with different polarization (the choice of different reference objects and polarization modes), for example, CFS for fat burning, CFS rehabilitation, CFS antiparasitic, etc. For the effective use of CFS devices, the manufacturer recommends a certain procedure for their use, location, duration of exposure, etc. (website http: // www. center-region.com/).

The closest analogue of the claimed utility model is a worn (fixed on the body) product for magnetotherapy, with several magnetic elements located in the area of biologically active zones (for example, utility model CN205005953). This product can be used as special magnetotherapy clothing and is aimed at alleviating, stopping pain in the neck, lower back, etc., for example, with arthritis. The disadvantage of this product is the insufficiently high efficiency and limited range of possible positive effects.

The proposed utility model is aimed at increasing the effectiveness of therapeutic and prophylactic effects, expanding the range of tasks, adapting the device to a specific patient.

The claimed technical result is achieved in that the therapeutic product in accordance with this utility model includes an elastic base that can be fixed on the human body and at least one magnetic device that contains at least one pair of active layers of magnets connected to each other directly or through a gasket made of a material that is transparent to electromagnetic radiation. In this case, the active layers were previously polarized prior to their connection by radiation of an external electromagnetic field, and when polarized, the elements were arranged by the active layers in one plane mirror symmetrically about the axis of their subsequent rotation for connection. Additionally, means for removable and detachable fixation of devices are located on an elastic basis. A magnetic device in this design is usually called a functional state corrector (CFS) and this term will be used in the further description.

Preferably, the location of the means for fixing the CFS devices corresponds to the Zakharyin-Ged zones. As clinical studies and the practice of using CFS have shown, the greatest effectiveness of preventive exposure on certain systems of the human body is achieved by placing CFS devices in places that predominantly coincide with the corresponding Zakharyin-Geda zones (Big Medical Encyclopedia / Ch. ed. B.V. Petrovsky. - 3rd ed. - M: Soviet Encyclopedia, 1988; Gusev EI, Grechko V.E. and Burd G.S. Nervous diseases, M., 1988). In this case, it is preferable to use a CFS device of the appropriate therapeutic purpose and in accordance with the individual characteristics of the patient.

If necessary, CFS devices can be reinstalled in new places in accordance with the objectives of treatment or prevention. Thus, one product with a set of CFS devices can be used to solve various medical and preventive problems.

The magnetotherapeutic product in accordance with the claimed utility model can be made in the form of a knitted product for various purposes (underwear, vests, trousers, shoulder girdle, kneecaps, leggings, wristbands, etc.). In this case, the jerseys themselves can carry additional functions: protective, warming, supporting, etc.

Means of fixing the CFS device on a magnetotherapeutic product can have various designs, for example, Velcro, pockets, latches and other designs that provide reliable attachment and the ability to remove CFS devices. The zones themselves, corresponding to certain body systems or internal organs, can be marked on an elastic basis and / or corresponding means of fixation in a certain color (for example, zones responsible for the work of the spleen are indicated by pink, immunity - blue, heart rhythm - red, etc. .).

EXAMPLES OF IMPLEMENTATION

Example 1

Magnetotherapeutic product made in accordance with the claimed utility model includes a set of thermal underwear with hitofiber as an elastic base. As active magnetic elements, KFS devices N ° 2 were selected (http: // kfs-results. Com / product. KFS devices are mounted on Velcro in places corresponding to the chosen medical purpose.

For the prevention and treatment of cardiovascular diseases, rehabilitation after a heart attack, etc. usually four CFS devices are installed: in front on the left parts of the chest, at the intersection of the mid-clavicular-nipple line and the intercostal space of the 4th and 5th ribs; on the lower third of the inner surface of the left shoulder; the front surface of the joint capsule of the head of the right shoulder joint; back between the middle of the scapula and the spine (vertebrae T4 - T5). To facilitate the determination of the installation location, the listed areas are marked in red.

Example 2

The same CFS N ° 2 devices can be used to stimulate and eliminate toxins and toxins from the body, and to prevent the formation of kidney stones and gall bladder. In this case, usually three CFS devices are installed: in front above the periosteum of the crest of the right ilium; back to the right of the spine in the region of the vertebrae T10 - T11; right in the middle of the lower rib. To facilitate the determination of the installation location, the listed areas are marked in green.

Example 3

For the rehabilitation of the musculoskeletal system, it is preferable to use the device KFS N ° 10. With arthrosis of the knee joint, injuries, etc. a knee pad can be used in which the CFS devices are located in pockets. Usually, two CFS devices are placed on one knee pad: one on the inner surface of the head of the tibia; the second is in the upper third of the tibia. To improve the blood circulation of the extremities, the bandage on the shin can be additionally used with one KFS device located when the bandage is fixed in front, above the middle of the periosteum.

The already described underwear set can also be used as an elastic base, in which KFS devices are placed in appropriate places on Velcro. For patient convenience, these areas may be grayed out.

The tests showed the reliability and high efficiency of the claimed magnetotherapy products.

Claims

USEFUL MODEL FORMULA

1. Magnetotherapeutic product for correcting the functional state of a person, including an elastic base having the ability to fix on the human body and at least one magnetic device, characterized in that the device contains at least one pair of active layers of magnets connected to each other another directly or through a gasket made of a material transparent for electromagnetic radiation, while the active layers were previously polarized prior to their connection by radiation from an external electromagnetic field I, and when polarized, the active layers were located in the same plane mirror symmetrically about the axis of their subsequent rotation for connection;

additionally, on an elastic basis, means are provided for detachably securing the device.

2. The magnetotherapeutic product according to claim 1, characterized in that there are at least two means for removable and detachable fixing of the device, and they are located in places corresponding to the Zakharyin-Ged zones.

3. The magnetotherapeutic product according to claim 1, characterized in that the layers of the magnets of the magnetic device are para- or ferromagnets.

4. The magnetotherapeutic product according to claim 2, characterized in that magnetic devices having the same polarization are installed on different fixation means.

5. The magnetotherapeutic product according to claim 2, characterized in that magnetic devices having different polarization are installed on different fixation means.